Bronze Round Tube PB1 Mill Finish 63.5mm OD x 44.5mm ID, 9.5mm Wall, 15.7kg/m, Good Corrosion Resistance, Fair Weldability - Linear Metre

This Bronze Round Tube PB1 Mill Finish 63.5mm x 44.5mm (2.1/2" OD x 1.3/4" ID) is a highly corrosion-resistant tube, delivering good weldability and a mill finish. The tube has a supplied outside diameter of 64.2mm and a supplied internal diameter of 43.6mm, weighing 15.7kg/metre.

Material: Bronze (PB1) - This indicates that the tube is made of bronze, specifically PB1, suggesting a specific alloy composition with copper as the primary component.

Outside Diameter (Supplied): The tube is supplied with an outside diameter of 64.2mm, allowing for potential machining or finishing.

Weldability: Described as "Fair," implying that the material can be welded, but it may require more careful handling and specific welding techniques compared to materials with excellent weldability.

Internal Diameter (Supplied): The tube has an internal diameter of 43.6mm, which is the inner dimension of the tube.

Shape: Tube / Pipe - The cross-sectional shape of the tube is cylindrical.

Corrosion Resistance: Good - Indicates that the material has a good resistance to corrosion, making it suitable for applications where exposure to moisture or corrosive environments is expected.

Diameter: The actual outside diameter of the tube is specified as 63.5mm (2.1/2").

Finish: Mill Finish - This implies that the surface of the tube is left in its as-machined or as-rolled state, without any additional surface treatment.

Grade: PB1 - This is the specific grade designation for the Bronze material, indicating its particular alloy composition and properties.

Thickness: The thickness of the tube is specified as 9.5mm, indicating the overall thickness of the tube wall.

Wall Thickness: The wall thickness of the tube is also specified as 9.5mm, providing information about the thickness of the tube's sidewalls.

Weight/Metre (Kg): The weight of one meter of the tube is specified as 15.7 kilograms, providing an indication of the material density.

Specifications